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Miltech Simulations MV-22B Tiltrotor
Miltech Simulations MV-22B Tiltrotor
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    • â€ŧī¸Important Need-to-Knows
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    • ✅Normal Procedures
    • âš ī¸Other Procedures
      • Blade Fold/Unfold and Wing Stow (BFWS) Procedures
      • Single-Engine Operations (Engine Failure)
      • APPR using NAV1/NAV2 (ILS Approach – Glideslope and Localizer)
      • In-Flight Refueling
      • Fuel Dumping
    • đŸ—ƒī¸Hardware Binding Guide
  • Aircraft and Systems
    • âœˆī¸Overview - Exterior
    • âœˆī¸Overview - Cockpit
    • âœˆī¸Aircraft Systems
      • đŸ–Ĩī¸Multi-Function Displays (MFDs)
        • Primary Flight Data (PFD)
        • Hover Mode (HVR)
        • Navigation Functions (NAV)
        • Forward-Looking Infrared Camera (FLIR)
        • Status Functions (STAT)
        • System Functions (SYST)
      • đŸ–Ĩī¸Center/Control Display Unit (CDU)
        • CDU - Menu 1
        • CDU - Menu 2
        • Flight Plan (FPLN) Menu
        • Waypoint (WYPT) Menu
        • Mission (MSN) Menu
        • Timer (TIMER) Menu
        • Exterior Lighting (LTS) Menu
        • Status Functions (STAT) Menu
        • Engine Instrument Crew Alerting System (EICAS) & Standby Flight Display
      • đŸŽ›ī¸Autopilot Console
      • đŸŽ›ī¸Communications Console
      • đŸ–Ĩī¸Standby Instruments
      • đŸŽ›ī¸Overhead Panel
      • đŸŽ›ī¸Center Console
      • đŸŽ›ī¸Side Consoles
    • đŸ—ēī¸FS24 - Navigation Systems
    • âš™ī¸Performance and Limits
    • đŸ“ĻCargo Load Capabilities
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  2. Other Procedures

Blade Fold/Unfold and Wing Stow (BFWS) Procedures

Flight Ready to Full Stow
  1. Engine Control Levers – Check OFF

  2. Nr – Check 0%

  3. Rotor Brake – OFF

  4. Battery – Check ON

  5. APU – RUN/Engage

  6. HYD Pressure – Check NORMAL

  7. AREA – CLEAR

  8. MFD -> SYST -> BFWS – SET

  9. FLT RDY – Verify white with *

  10. FULL STOW – Select

  11. ROTOR LOCK – Select on MFD, verify white with *

  12. Observe:

    1. NAC Positioned to 90 deg

    2. Proprotor blades index and lock

    3. Left and right blades fold

    4. Flaps position to 0 deg

    5. Nacelles lower

    6. Wing lockpin retraction

    7. Wing Stow

  13. FULL STOW – Verify white with *

Full Stow to Flight Ready
  1. Engine Control Levers – Check OFF

  2. Nr – Check 0%

  3. Rotor Brake – OFF

  4. Battery – Check ON

  5. APU – RUN/Engage

  6. HYD Pressure – Check NORMAL

  7. AREA – CLEAR

  8. MFD -> SYST -> BFWS – SET

  9. FULL STOW – Verify white with *

  10. FLT RDY – Select

  11. ROTOR LOCK – Select on MFD, verify white with *

  12. Observe:

    1. Flaps positioned to 0 deg

    2. Wing lockpin retraction

    3. Wing unstow

    4. NAC raise to 90 deg

    5. Wing lockpin extension

    6. Blades unfold

  13. FLT RDY – Verify white with *

  14. ROTOR LOCK – Deselect on MFD, verify green

Flight Ready to Fold Horizontal
  1. Engine Control Levers – Check OFF

  2. Nr – Check 0%

  3. Rotor Brake – OFF

  4. Battery – Check ON

  5. APU – RUN/Engage

  6. HYD Pressure – Check NORMAL

  7. AREA – CLEAR

  8. MFD -> SYST -> BFWS – SET

  9. FLT RDY – Verify white with *

  10. FOLD HORIZ – Select

  11. ROTOR LOCK – Select on MFD, verify white with *

  12. Observe:

    1. NAC Positioned to 90 deg

    2. Proprotor blades index and lock

    3. Left and right blades fold

    4. Flaps position to 0 deg

    5. Nacelles lower

  13. FOLD HORIZ – Verify white with *

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Last updated 1 year ago

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